Showing 113–128 of 767 results
Diamond scroll pearl statement pendant necklace featuring a multi-spiral Art Nouveau open frame fully paved with 133 round brilliant diamonds (1.726 CT) and a graduated triple-pearl drop system — 14mm center pearl and two 6.5mm side pearl drops. Production-ready CAD model in 14K Gold, 18K Gold, Platinum, and 925 Silver.
The Diamond Smiley Necklace 3D Model blends whimsy and luxury with diamond-studded eyes, a sparkling smile, and artistic details. Provided in JCD, 3DM, and STL formats, ready for precision 3D printing.
Elevate your jewelry designs with the Diamond Tanmaniya Necklace 3D Jewelry Model. Intricate floral center, diamond-studded chain, and formats ready for 3D printing.
Create stunning, luxurious designs with the Diamond Twisted Pendant 3D Jewelry Model. Featuring a dynamic, twisted curve and diamond gradient, it’s the ideal choice for jewelry designers.
Exquisite Angel Wing Diamond Pendant Necklace Model featuring elegant wing design with 15 gems (0.988ct total). Channel-set diamonds on wings, 8×5mm pear drop. Complete JCD, 3DM, STL files. Dimensions: 24.79×26.01×4.03mm. Perfect for meaningful jewelry.
Production-ready dome pavé pearl pendant CAD model featuring a hemisphere crown cap with 60-stone multi-row graduated pavé surface (0.818 CT), independent rectangular pavé bail, jump ring connector assembly, and open 10 mm pearl seat. Casting-ready geometry supplied in STL, 3DM, and JCD formats for Rhino 7+ and JewelCAD 5.x workflows.
Production-ready double circle floating pearl diamond pendant CAD model featuring a dual concentric orbit ring frame, 7 scattered satellite diamonds on the outer ring, and a pavé diamond bar bail — designed for 8mm pearl drop center compatibility. Available in 14K–18K Gold, Platinum, and 925 Silver from a single casting-ready jewelry CAD file.
Double circle pavé pearl pendant jewelry design featuring a dual orbital diamond frame, 52 uniform round diamonds totaling 1.144 CT, and an 11mm floating pearl at the orbital intersection. A structurally distinctive celestial silhouette — production-ready as a fine jewelry CAD model across multiple metal types.
A symbolic Double Key Ring Pendant Necklace 3D Model featuring dual heart and round keys on a circular ring with 0.012 ct diamonds. Includes JCD, 3DM, and STL files for efficient jewelry production.
The Double Pearl Pendant 3D Jewelry Model offers a sleek, modern design featuring two 9mm round pearls and diamond-studded curved metal accents. Save time and elevate your jewelry creations with this versatile model, available in JCD, 3DM, and STL formats.
A symbolic Double Phoenix Key Pendant Necklace Model featuring a balanced twin-phoenix design and 0.012 ct diamond crown detail. Includes JCD, 3DM, and STL files—optimized for efficient jewelry manufacturing.
Production-ready double ring frame pearl pendant CAD model featuring a full 360° dual-row pavé circle frame bisected by a vertical pavé cross bar, 44 round diamonds (0.548 CT), and an open 10 mm floating pearl center. Single-body casting geometry — no assembly components — supplied in STL, 3DM, and JCD formats for Rhino 7+ and JewelCAD 5.x workflows.
Elegant Move Diamond Pendant Necklace Model with sliding 1.9mm diamonds and sparkling 1.3mm accents. Includes JCD, 3DM & STL files for easy jewelry making.
Download this Cuban Link Pendant Necklace 3D Model in .jcd, .3dm, and .stl formats—featuring 8.774ct diamonds in a stunning Y-shape design.
Elevate contemporary jewelry design with our striking Diamond Leaf Pendant 3D model. Advanced file formats (JCD, 3DM, STL) featuring 47 diamonds (0.143 ct), abstract modernist aesthetics, and sophisticated 3D relief carving. Designed for manufacturers seeking expedited production of high-impact statement pieces.
Floating Cluster Diamond Necklace 3D model in JCD/3DM/STL. Dual-ring kinetic design with suspended cluster, 20 diamonds (0.117ct: 12×0.9mm arc, 1×1.9mm center, 7×1.3mm), 18.08mm height, movable structure. Deconstructivist jewelry ready for casting. Jewelry makers deliver architectural movement without mechanical engineering complexity.
